Precision Turning (CNC)
Turning operations through chip removal
Turning is a mechanical machining process based on chip removal, carried out through a combination of rotary motion of the workpiece and linear motion of the cutting tool, which removes excess material.
Our machine fleet includes CNC lathes which, unlike traditional manual machines, allow for automatic control of the machine axes. The accurate positioning of these axes ensures greater precision and improved machining quality.
Additionally, remote programming enables the tool path to interpolate across multiple axes, allowing the creation of complex profiles that would be impossible to achieve manually. Tool changes—using preset tools—can also be performed automatically without operator intervention, either directly at the machine or via CAD/CAM software.
Our workshop is equipped with CNC lathes featuring powered C-axis spindles, enabling axial and radial drilling, tapping, and milling operations.
Depending on the requirements of the technical drawing, this technology can be used for producing finished parts or as part of an integrated process in combination with other machines to complete complex machining cycles.
ADVANTAGES OF CNC TURNING
The use of this technology offers several benefits:
- Reduction of downtime caused by manual repositioning
- Increased precision and reduced human error
- Decreased overall machining times
- Capability to produce more complex turned geometries

